They are located on specific similar cells such as inside the ear or on the back of fly where you need a pattern. So it also too has a ligand binding pathway but it in doing so when it activated gene transcription in the cell it also gives planer cell polarity through the dishevelled protein complex. DIX PDZ DEP are all activated DIX PDZ activate gene and PDZ DEP activat polarity through the JNK or rho actin pathways.
Yes, polar bodies are haploid. n
The polar bodies will generally degrade after oogenesis. The polar bodies don't have enough resources (cytoplasm) to make it all the way to a mature oocyte. it is actually dies flippin numskull
anterior gray horns
The products of meiosis, besides the daughter cells, are polar bodies. In oogenesis, the polar bodies are called primary nuceli and secondary nuclei respectively.
Postganglionic neuron cell body lies outside the CNS in an autonomic ganglion
Yes, polar bodies are haploid. n
cytoplasm of the cell
Hadley cell, ferrel cell, polar cell.
The polar bodies will generally degrade after oogenesis. The polar bodies don't have enough resources (cytoplasm) to make it all the way to a mature oocyte. it is actually dies flippin numskull
Second order neuron cell bodies reside in the dorsal horn of the spinal cord.
Polar bodies are formed after each meiotic division. In human oogenesis you will form two polar bodies because there is only two meiotic divisions.
it is the result of meiosis 1 from femals
only what cell develop into egg cell, reproduce cell
When a primary oocyte divides via meiosis, it produces a single egg cell and two to three polar bodies. The egg gets almost all of the cell's cytoplasm, while polar bodies get the excess chromosomes. The extra cytoplasm in the egg provides nutrients for the developing zygote. Polar bodies and their unnecessary extra genetic material are discarded.
They are located within the spinal cord, specifically, they are found in the gray matter.
The answer is glia
gray matter